[Status quo of children's preventative medicine programmes--results of the first German nationwide workshop 2011 in Frankfurt am Main]. / Zum aktuellen stand der kindervorsorgeprogramme--ergebnisse des ersten bundesweiten arbeitstreff ens 2011 in Frankfurt am Main.

10 of the 13 federal states presented their structures, implementation methods and results as part of the nationwide workshop for children's preventative medicine and early recognition projects for Germany on 9th September 2011 in Frankfurt am Main. This was the first time a full overview of all programmes of this kind in Germany has been possible. The programmes and data from these 10 presentations were analysed and compared. Despite the many differences between the legal frameworks and structural implementation, the programmes also displayed similarities in the implementation and in the problems which arise. Significantly improved participation rates for early recognition check-ups have been achieved in the context of the programmes. Previously, only a few detailed evaluations for the detection of risks to children's welfare and other effects such as vaccination rates and improvements in children's health through more advice and care were available.

Kinetic Analysis: Benzo(a) pyrene in Southeastern Ohio.

Kinetic Analysis has been successful for metallic elements in relatively isolated areas. In this study it is applied to a complex organic compound in a geographical area with a large urban component. Ten media compartments are included, with man as the ultimate receptor. Field data were collected for only 6 of the media and were not used in the analysis but were compared to the calculated steady state concentrations. The greatest differences between calculated and observed values were 4.8-fold for soil and 5.4-fold for sediment. The field sampling regime for soils was biased towards areas of industrialization and probably explains the higher observed value. The lower observed value for sediment is likely due to unknown variables necessary for the estimation of the compartment size and/or the associated transfer rate constants. This study indicated that the Kinetic Analysis technique can be applied successfully to the pre-sampling estimation of the distribution of organic pollutants in environmental systems.